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Figure 1: Block diagram of MEDIKIT The number of medical equipment’ and _ their complexity force hospitals to adopt different maintenance strategies to enhance the performance of their devices in addition to attempting to reduce their maintenance cost and_ effort. A predictive maintenance strategy that relies on real online data through using the Internet of Things (IoT) technology to predict failure before it occurs and the remaining useful life of medical equipment as well. will announce to take medicine and the buzzer sound will remain as long as the medicine is taken from the automatically opened chamber.

Figure 1 Block diagram of MEDIKIT The number of medical equipment’ and _ their complexity force hospitals to adopt different maintenance strategies to enhance the performance of their devices in addition to attempting to reduce their maintenance cost and_ effort. A predictive maintenance strategy that relies on real online data through using the Internet of Things (IoT) technology to predict failure before it occurs and the remaining useful life of medical equipment as well. will announce to take medicine and the buzzer sound will remain as long as the medicine is taken from the automatically opened chamber.

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Figure 2: Three-layer IoT architecture A pervasive and preventive healthcare solution for medication noncompliance and daily monitoring is proposed using an intelligent package sealed by Controlled Delamination Material (CDM) and controlled by Radio Frequency Identification (RFID. Pervasive healthcare has been widely approved to be the next generation form of healthcare, in which distributed, patient-centric and self-managed care is emphasized comparing to the traditional hospitalized, staff-centric and professional managed care. Firstly, preventive strategies are provided using an intelligent package sealed by Controlled Delamination Material (CDM) and controlled by Radiofrequency Identification (RFID)[4].
Figure 2: Three-layer IoT architecture A pervasive and preventive healthcare solution for medication noncompliance and daily monitoring is proposed using an intelligent package sealed by Controlled Delamination Material (CDM) and controlled by Radio Frequency Identification (RFID. Pervasive healthcare has been widely approved to be the next generation form of healthcare, in which distributed, patient-centric and self-managed care is emphasized comparing to the traditional hospitalized, staff-centric and professional managed care. Firstly, preventive strategies are provided using an intelligent package sealed by Controlled Delamination Material (CDM) and controlled by Radiofrequency Identification (RFID)[4].
Figure 4: Block diagram of the proposed system In the proposed work, the three compartments are opened/closed by these switches by means of electrical signal from the pi controller.The block diagram of the proposed system is shown in figure 4. 4. MODULE DESCRIPTION
Figure 4: Block diagram of the proposed system In the proposed work, the three compartments are opened/closed by these switches by means of electrical signal from the pi controller.The block diagram of the proposed system is shown in figure 4. 4. MODULE DESCRIPTION
Figure 3: Magnetic Reed switches signal from Raspberry pi. Earlier nobody has used the sensor in patient monitoring systems. The schematic view of magnetic reed switches is Figure 3
Figure 3: Magnetic Reed switches signal from Raspberry pi. Earlier nobody has used the sensor in patient monitoring systems. The schematic view of magnetic reed switches is Figure 3
mobile number. The entire setup is shown in Figure 5 Figure 5: Working model of Smart MEDIKIT 6. CONCLUSION Smart Medikit using IoT technology helps the hospital authorities to continuously monitor the patients. It also helps the patient to remind about the medicines in time. So the doctor can have direct view over his patient. Thus the medication procedures can be shifted from hospital to home. Earlier the medicine box was proposed with Ultrasonic sensors, IR sensors and Weight based sensors. But these sensors have less reliability because of ambient light and improper calibration. So, the proposed system uses Magnetic Reed switches which are operated by means of stepper motors. The stepper motors are having controlled signal from Raspberry pi.
mobile number. The entire setup is shown in Figure 5 Figure 5: Working model of Smart MEDIKIT 6. CONCLUSION Smart Medikit using IoT technology helps the hospital authorities to continuously monitor the patients. It also helps the patient to remind about the medicines in time. So the doctor can have direct view over his patient. Thus the medication procedures can be shifted from hospital to home. Earlier the medicine box was proposed with Ultrasonic sensors, IR sensors and Weight based sensors. But these sensors have less reliability because of ambient light and improper calibration. So, the proposed system uses Magnetic Reed switches which are operated by means of stepper motors. The stepper motors are having controlled signal from Raspberry pi.
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